The family calendar, the meal plan, and the lights — plus the pool's chemistry, the wine cellar, the marina, private aviation, an off-grid microgrid, and yes, drone patrols when you want them. 75 modules across 9 systems, all on hardware you own.
▣ ESTATE · LIVE SCAN
● 2 UAV AIRBORNE · 1 CHARGING
PERIMETER SECURE · 0 THREATS
Most smart-home apps top out at lights, a thermostat, and a doorbell cam. Family OS keeps going — into the systems a serious property actually runs on.
Every one is a real module — from the porch light to the perimeter drone — built on the same architecture. See how it scales ↓
Pick a mode — the entire estate responds at once: lights flip, gates lock, drones launch, cameras sweep, the perimeter arms. Hit Lockdown and the whole place goes to red alert.
Auto-playing · click any mode · illustrative live demo
Behind the cameras and the microgrid is the part you live in every day — the calendar everyone shares, the meals, the chores, the pets, the people. The whole household runs from one place, and it actually keeps up.
The lights and thermostats are the easy part. Family OS holds the salt-water pool's chemistry, runs the sauna and the steam room, calls the elevator, cues the theater, and warms the floors — the comfort layer most platforms don't even model.
Most home platforms stop at the walls. Family OS keeps going — the hangar and helipad, the marina and the yachts, the garage turntable, the wine cellar, the research lab. The assets other systems have never heard of are first-class modules here.
Solar, battery, generator, and grid in one microgrid view — Family OS balances them and keeps the lights, the well pump, and the freezers running when the grid goes down.
Drone patrols, thermal imaging, and a buried perimeter back up the cameras, locks, and motion sensors — every event in one live feed, with alerts that actually mean something.
The grounds are their own world — soil moisture bed by bed, irrigation zones, robot mowers working the lawns, the koi pond's filtration, and the river out back on a live flood watch. Acres under management, not just square feet.
Most of the time you'll never see it. But the shelter's life-support — air, power, water, comms — the escape-route network, the utility shutoffs, and one-touch panic to 911 are all modeled, monitored, and ready. Resilience as a first-class system, not an afterthought.
Family OS models the entire surface of a connected home — from the grocery list to the generator — as a catalog of modules that all share the same design and the same architecture. Adding the next one is a known quantity, never a rewrite.
The hard part of a home hub isn't any one feature — it's keeping 75 of them coherent. Family OS does it with one repeatable pattern: every device type talks to a small provider interface, so a real backend drops in at a single seam without touching a line of UI.
Each device type implements a provider interface. A file-backed mock runs today; a real integration — Hue, Sonos, Home Assistant, an alarm panel — drops in by changing what getLightsProvider() returns. No route or component changes.
TypeScript everywhere, Zod-validated at every storage boundary. State is versioned JSON on disk — readable, easy to back up, with no database to operate or migrate.
types → storage → API → page → components, built the same way every time. 75 modules, one mental model — which is exactly why the catalog can keep growing.
// The control surface every lighting backend implements. // UI and API only ever talk to this interface — so swapping // the mock for Hue/Home Assistant is a one-line change below. export interface LightsProvider { readonly id: string; listLights(): Promise<Light[]>; getLight(id: string): Promise<Light | null>; setState(id: string, patch: LightStatePatch): Promise<Light | null>; } // Resolve the active provider. Branch here on a stored // config value when real hardware is wired up. export function getLightsProvider(): LightsProvider { return mockLightsProvider; }
// Designed and built by Thomas Sprayberry — Sprayberry Labs.
Family OS has no cloud, no account, and no third party in the middle. It installs on a computer you control and keeps cameras, schedules, and everything else on that machine — so there's nothing to breach, no vendor to trust, and nothing to cancel.
Happy to walk through the live system, the architecture, or the code — whichever's useful. Family OS is a Sprayberry Labs project, built and run in-house.